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@ -76,11 +76,14 @@ For example: `/pleroma.sh mix pleroma.user new sn0w ...`
### My instance is up, how do I reach it? ### My instance is up, how do I reach it?
Older versions of this script contained a huge amount of scripting to support all kinds of reverse-proxy setups.<br> To reach Gopher or SSH, just uncomment the port-forward in your `docker-compose.yml`.
This newer version tries to focus only on providing good setup tooling.
You will have to configure your own reverse-proxy.<br> To reach HTTP you will have to configure a "reverse-proxy".
You can use Caddy, Traefik, Apache, nginx, or whatever else you could come up with.<br> Older versions of this script contained a huge amount of scripting to support all kinds of reverse-proxy setups.
This newer version tries to focus only on providing good pleroma tooling.
That makes the whole process a bit more manual, but also more flexible.
You can use Caddy, Traefik, Apache, nginx, or whatever else you come up with.<br>
Just modify your `docker-compose.yml` accordingly. Just modify your `docker-compose.yml` accordingly.
One example would be to add an [nginx server](https://hub.docker.com/_/nginx) to your `docker-compose.yml`: One example would be to add an [nginx server](https://hub.docker.com/_/nginx) to your `docker-compose.yml`:
@ -107,12 +110,12 @@ Using apache would work in a very similar way (see [Apache Docker Docs](https://
The target that you proxy to is called `http://server:4000/`.<br> The target that you proxy to is called `http://server:4000/`.<br>
This will work automagically when the proxy also lives inside of docker. This will work automagically when the proxy also lives inside of docker.
If you need help with this, or if you think that this needs more documentation, please let me know.
Something that cofe.rocks uses is simple port-forwarding of the `server` container to the host's `127.0.0.1`. Something that cofe.rocks uses is simple port-forwarding of the `server` container to the host's `127.0.0.1`.
From there on, the natively installed nginx server acts as a proxy to the open internet. From there on, the natively installed nginx server acts as a proxy to the open internet.
You can take a look at [this file](https://glitch.sh/hosted/pleroma/src/commit/4e88d93276f0bb2ef62d7f18477b156318924325/docker-compose.m4#L93) and [cofe's proxy config](https://glitch.sh/hosted/pleroma/src/commit/4e88d93276f0bb2ef62d7f18477b156318924325/proxy.xconf) if that setup sounds interesting. You can take a look at [this file](https://glitch.sh/hosted/pleroma/src/commit/4e88d93276f0bb2ef62d7f18477b156318924325/docker-compose.m4#L93) and [cofe's proxy config](https://glitch.sh/hosted/pleroma/src/commit/4e88d93276f0bb2ef62d7f18477b156318924325/proxy.xconf) if that setup sounds interesting.
If you need help with this, or if you think that this needs more documentation, please let me know.
### Customization ### Customization
Add your customizations (and their folder structure) to `custom.d/`.<br> Add your customizations (and their folder structure) to `custom.d/`.<br>